A book and activity kit for building small moving machines, combining simple mechanics with open-ended design.

Small machines link together to create a chain reaction, making cause and effect visible.

Cams, axles and cranks animate paper characters attached to LEGO mechanisms.

An older Klutz activity title with illustrated directions for small moving contraptions.

A lift-the-flap introduction to the hidden workings of everyday devices and vehicles.

Lift-the-flap explanations reveal engines, lifting devices and familiar machines.

An illustrated introduction to engineering in transport, structures and everyday life.

Illustrated explanations connect simple levers with more complex machines and technologies.

Hands-on experiments and design projects use everyday materials to explore science.

A picture-book story about inventing, trying and returning to a design after a disappointing first attempt.

A maker turns an idea into an object through experiments, frustration and redesign.

A detailed Technic reference covering connections, torque, gears, steering, differentials and suspension.

Advanced Technic vehicles and machines are presented with technical views and design commentary.

Photographs from multiple angles reveal gears, axles, pulleys and motion conversions.

A visual Technic idea book focused on wheeled arrangements and moving vehicles.

A photograph-led collection of walking mechanisms and unusual moving contraptions.

Mechanisms driven by cranks, cams, chains and weights work without motors or sensors.

Non-electric models lift, grip, measure and draw, turning motion into a useful function.

Small arrangements explore motors, gears, sliders and mechanical power transmission.

A practical introduction to force, torque, friction and mechanisms through making projects.

An educator’s guide to making, tinkering and engineering in classrooms and workshops.

Maker projects connect science, technology and art through experimentation and construction.

A builder demonstrates a sequence of mechanical principles within one moving machine.

Gearboxes with different numbers of speeds are built and compared.

Different steering arrangements are compared using similar vehicle dimensions.

Kinetic sculptures show how mechanical motion can become an expressive movement.

Visible piston models compare a range of engine layouts.

One everyday problem—opening a door—is explored through multiple motorised mechanisms.

A detailed building review examines the new gearbox elements in Technic set 42159.

An original kinetic sculpture transforms a repeated human movement into a mechanical scene.

A builder’s explanation and video explore movements produced by a constant-width Reuleaux triangle.

A mechanical railway system stops and releases trains in sequence, with video and linked PDF/MPD resources.

The author presents the scope of the second edition of his Technic builder’s guide.

An official introductory webinar covers finding, moving, rotating and connecting parts in Studio, plus Instruction Maker.

A study of 33 fifth graders reports gains in simple-machine knowledge after a LEGO-based engineering design unit.

Both curricula produced improvement; the engineering-design group performed better on interview questions about simple machines.

The study examines 26 prospective teachers’ and 22 science teachers’ views on engineering design and LEGO materials.

A review explores how people mentally simulate components and movements when reasoning about machines.

A meta-analysis of 217 studies finds that spatial skills can improve with training.

Experiments examine the relationship between physical experience of angular momentum and science learning in a university context.

A scoping review of 102 studies maps the varied methods and outcomes of interventions using physical manipulatives.

An interdisciplinary review considers construction toys through mental rotation, mental folding and perspective-taking.

A systematic review maps 147 K–12 educational robotics studies from 2000–2018 across learning, motivation, engagement and teacher development.

A conceptual paper examines making tools, community infrastructure and maker practices in education.

The review includes 39 studies, with 17 in the meta-analysis; guided play’s benefits vary by learning outcome.

Fourth and fifth graders achieved similar results with physical and virtual materials when learning to design controlled experiments.

A research-based framework identifies components of quality engineering education from kindergarten through grade 12.

An empirical study examines children’s engineering design practices and their relationships in a nonformal tinkering environment.

Mechanical experiments and comparisons using LEGO pieces.

Technic building processes and new mechanism designs from Paweł Kmieć.

Technic set reviews and content about motorised systems.

Original kinetic LEGO models with detailed photographs.

Great Ball Contraptions, mechanical timing and robotic builds.

An author’s channel showing compact Technic mechanisms in motion.

Vehicles, pneumatic mechanisms, clocks and GBC designs.

Alternative GBC builds developed from existing sets.

Official updates about Studio and digital LEGO design.

The LEGO Group’s official video account, including selected Technic content.

Official LEGO building instructions searchable by set number.

Archived lessons and principle models introduce gears, levers, pulleys, wheels and axles.

Official archived examples demonstrate gears, cams, ratchets and structures.

A unit explores force, mass and motion by building and testing sports-related models.

A lesson uses LEGO pieces to explain gears and gear ratios.

Official help covers finding, connecting and rotating parts, plus collision and connectivity checks in Studio.

Official guidance explains how to arrange building steps and prepare printable instruction pages.

Part geometry, updates and file-format documentation for the LDraw ecosystem.

A platform for part and set inventories and designers’ MOC instructions.

A LEGO set database with collection records and part information.

An independent account of Technic sets and their mechanical functions, organised by model and history.

A builder’s tutorial explains Technic gear types, ratios and mechanical behaviour.

A tool for planning LEGO gear ratios.

Community-created LDraw assembly files represent official LEGO sets.

Original kinetic LEGO models with model-specific instruction pages.

A designer’s site covering Technic vehicles, pneumatics, clocks and other original projects.

A commercial provider’s approach to education and workshops built around GBC and mechanical principles.

A source page lists inventories, PDF instructions and Studio .io files separately for selected builds.

A university library collection documents historical kinematic models.

Classic mechanism drawings are accompanied by animations for some entries.

Open-ended activities connect science, art and technology through making.

Explanations explore engines, transmissions, steering and suspension in real cars.

A topic directory offers mechanical engineering experiments and design projects.

A Turkish-language making activity introduces gears, pulleys and torque.

The museum’s education resource connects learning with industrial and transport collections.

An official museum resource for exploring vehicle engineering and history through exhibits.

A digital museum index documents engines through individual collection records.

The official museum site covers vehicle history, collections and educational programmes.

An official Turkish source for LEGO-based teamwork and science and engineering programmes.

A photographic collection of mechanisms built with LEGO Technic and Power Functions. Models include four-wheel-drive cars, walking robots, steerable tanks and inchworms. Parts lists and photographs from several angles show gear systems, differentials, suspensions and the transfer of power; these are visual model studies rather than conventional step-by-step instructions.

A guide to motorized Technic vehicles using Power Functions motors, battery boxes and remote controls without programming. Chapters cover drive systems, steering, lights, all-terrain suspension, cranes, forklifts and aircraft mechanisms. The publisher identifies the print edition as black and white and the e-book as full color.

Robot construction with LEGO Technic and Power Functions, without a programming requirement. The book covers body structures, powered movement, arms, extensions, heads and walking mechanisms. Wheeled, two-legged and four-legged designs illustrate mechanical construction. The publisher distinguishes the black-and-white print edition from the full-color e-book.

A Technic building reference covering beams, axles, gears, vehicle bodies, motors and remote controls. Its chapters examine four-wheel steering and drive, helicopters, airplanes, construction equipment and walking robots. The book combines mechanical construction with an introduction to programmable LEGO systems.

A visual collection of 181 mechanisms for the LEGO MINDSTORMS EV3 home set 31313. Multi-angle photographs and parts lists document suspension, steering, crawlers, grippers and other moving models. This is an EV3-specific mechanism book; the publisher separately lists extra parts needed with Education sets.

A collection of 128 mechanisms for the LEGO MINDSTORMS Robot Inventor system. Illustrated models cover gears, cams, oscillating and reciprocating movement, vehicles, walking robots, lifting and gripping devices, and sensor-controlled mechanisms. Its building diagrams and program examples use the Robot Inventor platform rather than a general Technic parts collection.

Ninety-five robotic and mechanical models made from the LEGO BOOST Creative Toolbox set 17101. Parts lists, photographs and program screenshots show walking, crawling, grabbing, launching and drawing mechanisms. The examples depend on BOOST components and its programming environment.

Engineering examples for LEGO SPIKE Prime and MINDSTORMS. Short illustrated builds introduce building elements, gears, torque, cams, ratchets, differentials, motors and sensors, alongside Word Blocks and Python programming. Chapter projects combine mechanical, electrical and software systems; the book assumes previous LEGO building and basic computer experience.

A conveyor-belt ball-lifting module with visible gearing. The source describes hand-cranked or motorized operation and connections to other GBC4ALL modules. This 95-page Kindle instruction e-book contains step-by-step diagrams for a 284-part model. It supplies instructions only; LEGO bricks are not included.

The Balance module in the GBC4ALL ball-machine series. The source describes hand-cranked or motorized operation and provides a visual parts inventory. This 101-page Kindle instruction e-book contains step-by-step diagrams for a 228-part model. It supplies instructions only; LEGO bricks are not included.

The LiftArm ball-transfer module in the GBC4ALL series. The source describes hand-cranked or motorized operation using common LEGO elements. This 123-page Kindle instruction e-book contains step-by-step diagrams for a 265-part model. It supplies instructions only; LEGO bricks are not included.

An articulated robotic-arm ball-transfer module. The source illustrates the arm mechanism and the required LEGO parts. This 141-page Kindle instruction e-book contains step-by-step diagrams for a 379-part model. It supplies instructions only; LEGO bricks are not included.

The compact Shovel Basket ball-transfer module in the GBC4ALL series. The source provides a complete illustrated parts inventory and assembly sequence. This 82-page Kindle instruction e-book contains step-by-step diagrams for a 192-part model. It supplies instructions only; LEGO bricks are not included.